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J. Pack. Sci. Technol. Vol. 5 No. 2 (1996)
The Packaging Industry in ASEAN
An d re w L e e S ie w L in g *
I I n t r o d u c t i o n
The Asia Pacific region has register the high-
est and fastest economic growth ra te in the
world in the past few year (see Table 1). This
has significantly impact the ASEAN packaging
industry. The total packaging market for the
ASEAN countr ies was about US$6.5 bi l l ion.
The characteristics of the packaging industry
in most of the ASEAN countries are towards
high growth rates, a strong domestic-orienta-
t ion and na t iona l / reg iona l marke ts .
This paper attempts to provide information of
members country of ASEAN. As many of thesecountries do not have detailed data for the
packaging industries, most of the data from
this paper are extracted from papers written by
participants that has taken part or have con-
tributed to the training carried out by the Pack-
aging Centre in Singapore. The paper will
cover first packaging R&D in this region, the
specific packaging industry, the general trend
and conclusion will be address at the end oft h i s p a p e r .
Table 1 Gross national product of countries in ASEAN
Year 1987 1988 1989 1 990 1991
Country Currency%
growthCurrency
%growth
Currency%
growthCurrency
%growth
Currency%
growth
SINGAPO RES'pore Dollar in
Million
42,636 10.20 49,998 17.20 56, 844 13.70 63,678 12.02 69,076 8.47
MALAYSIARinggit in Million
79,625 11.20 90,861 14.10 102,534 12.84 115,569 12.70 129,541 12.08
INDONESIARupiahs in Million
124,817 21.56 142,105 13.85 167,185 17.50 196,919 17.70 227, 186 15.40
THAILAN DBahts in Million
1,299,913 14.76 1,559,804 20.00 1,856,476 19.01 2,182,100 17.54 2,509,427 15.00
PH I LIPPIN ESPesos in Million
68 5, 068 12.50 802,519 17.14 925,161 15.30 1,070,900 15.75 1,244,037 16.20
JAPANYen in Thousand
Million348,425 4.10 371,428 6.60 396, 197 6.70 424,537 7.15 450,795 6.20
*Packaging Center, Singapore Institute of Standards & Industrial Research, 1 Science Park Dr., Singapore 0511
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The Packaging Industry in ASEAN
1. Pressure Factors for the Packaging
Packaging in ASEAN, l ike the rest of the
world, is subjected to a wide array of pressures,
especially competitive pressures, environmen-
ta l pressure and pressures f rom new regula-
tions. These pressure arise from various fac-
t o r s a s f o l l o w s :
( a ) T h e c o n s u m e r p r o f i l e i n A S E A N h a s
changed drast ica l ly over the years .
ASEAN economic success has brought in
more wealth for their people and enhanced
their buying power and expectation. More
and more Asian consumers are demanding
quality and variety, product safety, hygiene
a nd nu t r i t i on . P r oduc e r s a r e now f a c e d
with the challenge of harmonizing modern
lifestyle with ethnic preference. With more
women entering the workforce changes in
lifestyle are inevitable. This leads to differ-
ent demands for packaging. For example,
Asian consumers are willing to pay extra
money for convenient packaging which are
e a sy to ope n a nd r e - c lo se , a nd c a n be
placed in a mic rowave oven . Many new
packaging design that are already available
or will be developed according to the con-
venience demand. In addition, people are
looking for variety of foods which are light,
low in calories, quick, or have other desir-
a b l e c h a r a c t e r i s t i c .
(b) Cost remains the most important factor for
p a c k a g i n g i n d u s t r y
With the opening up of the borders and
be t te r communica t ion and t ranspor ta t ion
s y s t e m , A s i a n c o u n t r i e s h a v e c r e a t e d
remarkable market impact in Europe, USA
and Middle East. The packaging material
cost, logistic cost, have a great impact on
those manufacturers who export their prod-
ucts to faraway distance countries. There is
an urgent need for every Asian industry to
develop an ecological packaging design in
logistics to minimize the packaging mater-
ial cost and logistic cost.
( c ) E n v i r o n m e n t a l i s m
Environmental pressures aimed at the solid
waste problem originally stemmed from
two pr imary concerns ( i) the perceived
loss of land fill space and (ii) the damage
to the ozone layer caused by chlorinated
flouro-carbons (CFC's). Singaporeans gen-
erate over 2 million tonnes of solid waste
each year. If we separate our household
waste, more than 40% consists of paper,
plastic textiles, cans and glass which could
be r e use d o r r e c yc le d .
(d) Law and regulation which affects and will
affect the packaging industry
P a c k a g i n g l e g i s l a t i o n e s t a b l i s h e d i n
Europe and USA has affected the ASEAN
Packaging Industries as ASEAN products
transported to these countries must adhere
t o t h e s e l e g i s l a t i o n . T h e r e f o r e m a n y
ASEAN Industr ies have been forced to
switch from the current packaging design
to the new packaging design in terms of
the packaging material, labelling, bar cod-
i n g a n d s t r u c t u r e .
Packaging laws and regula t ions in the
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J. Pack. Sci. Technol. Vol. 5 No. 2 (1996)
region are still in the development stage.
2. Current R&D Situation in Singapore
a n d A S E A N
M a n y r e s e a r c h a n d d e v e l o p m e n t p r o j e c t
done in ASEAN concentrated mainly on cost
reduction and environment friendly packaging.
Cost is the most important drive factor of R&D
in every industries. Every industry tr ies hard
to minimise their total packaging cost.
Total packaging cost is a combination of the
c os t s f o r m a te r i a l s , e qu ipm e n t ope r a t ions ,
labour and logistics. The packaging cost can
also include the cost of product recalls, failure
t o r e - p u r c h a s e b y c u s t o m e r s a n d c o s t o f
r e p a c k a g i n g . T h e r e a r e t w o a p p r o a c h e s t o
develop ecological packaging design. One is
the c onc e n t r a t ion on ind iv idua l pa c ka g ing .
P a c k a g i n g d e s i g n s s h o u l d m i n i m i z e t h e
a m oun t o f c onsum e r pa c ka g ing a s w e l l a s
t r a n s p o r t p a c k a g i n g .
2.1 R&D example of cost reduction for indi-
v i d u a l p a c k a g i n g
There are numerous R&D examples of effec-
t ive packaging reduc t ion e f for t s .
1) Glass containers today are typically manu-
factured with less material than was used
even as recently as ten years ago.2) Metal cans, particularly aluminium bever-
age cans, weigh less than they did in the
past .
3) Many products which formerly has several
layers of packaging now have only one with
m e t a l l i z i n g l a y e r .
4) Cost effective package for electronics prod-uct.
In Mitsubishi they are trying to modify the
product to withstand the shock and vibra-
t ion hazards in the distr ibution with less
damage, the result is in the packaging cost.
There are two examples; One is package of
an electrical heater and packaging for air-
c o n d i t i o n e r .
From these two examples we can see how
it is important for our product designer and
packaging designer to be aware that inte-
gra t ion of the packaging des ign in to the
function design and aesthetic design of the
p r o d u c t i s i m p o r t a n t .
Sony Japan has also make many efforts to
reduce the packaging for their electronics
products.
Another examples of cost reduction is mul-t ip le s lo t packaging des ign for the ha rd
disk dr ive . The new technologies deve l -
o p e d b y S I S I R ' s P a c k a g i n g C e n t r e c u t
S a nka w a ' s dow nt im e by 50% .
Multiple slot packaging is commonly used
in the local hard disk drive industry. Deter-
mining the acceleration value and indenta-
tion load deflection of Polyurethane result
in extra time and cost. SISIR's PackagingCentre deve loped the cushion curves for
the Sankawa packaging and save a t least
1 5 % i n m a t e r i a l c o s t s .
2.2 R&D example of cost optimization in
logistics
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T h e P a c k a g i n g I n d u s t r y i n A S E A N
The second approach in cost reduction is to
overview the entire logistic process to optimize
total cost in logistics. SISIR's packaging centre
has developed a window based software pack-
age COPS (Cost Optimization Packaging Sys-
tem) to help the companies minimise their dis-
tribution cost by optimizing space usage as well
as packaging materials. The software examines
all possible combinations of packing products
into their containers and then provides the user
with best solution to package the products.
COPS then optimizes both cost of packaging
materials and logistics cost so that the most
cost effective packaging arrangement can be
selected. COPS is extremely useful to person-
nel involved in sales budget estimation, prod-
uct design as well as logistics planning. COPS
is designed to be efficient and user friendly and
helps companies achieve greater profit max-
imisat ion without compromising packaging
material quality and operational efficiency.
2.3 Development of environmentally friendly
packaging for electric product
One of the most significant research and
development is the transport packaging design
using recyclable packaging material i.e. corru-
gated fibreboard paper instead of using expand-
ed polystrene form (EPS) because of the envi-
r o n m e n t a l p r e s s u r e .
SISIR's Packaging Centre has developed a
corrugated fibreboard cushioning to replace
the EPS cushion for video recorders. Based on
our experience, we developed a basic table of
the modula s tructure for corrugated board
cushioning and various cushion constructure to
pro tec t the v ideo recorder . Af te r eva lua t ion
tests, we have identified the most competitive
cushion des ign us ing cor ruga ted f ibreboard
c u s h i o n i n g .
It is most important that the proposed pack-
aging using corrugated board cushioning are
able to compete wi th ex is t ing packaging in
terms of technical requirements and cost sav-
ings. For a good cushion design the cushion-
ing must no t on ly possess func t ion for the
cushioning purpose but as well as on the pur-
pose of supporting the product. Due to the easy
moulding methods, the existing EPS cushion-
ing could easi ly sa t isfy both these functions
together. Creating a workable new corrugated
board cushioning that combines both the func-
tion seems more complicated than EPS cush-
ioning . However , the cor ruga ted cushioning
design could be divided into 2 parts, the con-
struction part and the cushion design part.
B e s i d e s t h e E g g t r a y , m o u l d e d p u l p a r e
enjoying strong growth especially for electron-
i c p r oduc t s w i th l i gh t w e igh t suc h a s F a x
m a c h i n e , v i d e o c a m e r a e t c . R e s e a r c h a n d
development is on its way to evaluate the cush-
ion pads in terms of the cushion dimension and
structure as there are no recognised method
t o d e s i g n m o u l d e d p a d s .
Overall, it appears that moulded pulp has the
potential to replace EPS foam. However mould-
ed pulp as a cushioning material is inappropri-
a te for the packaging of heavy produc ts or
produc ts exper ienc ing rough handl ing .
The shortage of forest in ASEAN is becom-
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ing another big environmental issue particu-
larly in China. To have new pallet to partially
replace the timber pallet is becoming a need.
Pallets made of corrugated fibreboard and
honeycomb and plastic have already developed
and used in the market .
SISIR's Packaging Centre has developed a
one way EPS pallet for a local company. The
designed strength of the pallet can sustain up
to 1 ton loading. This means that the corru-
gated pallet is used in one way plastics pallet
are mostly used in reuse cases. In Japan, some
plastic pallets have been in use for many years.
In Thailand, there will be a plastic pallet man-
ufacturer.
Many approaches have been proposed to
develop the environment friendly packaging by
1) requiring manufactures to "take back" used
p a c k a g i n g ,
2) banning of certain materials, usually plas-
t ics ,
3) requiring that packages be made of only
o n e m a t e r i a l ,
4) minimizing printing on packages,
5) requiring packaging to be made of recy-
clable or recycled material,
6 ) r e q u i r i n g p a c k a g e s t o b e m a d e o f
biodegradable mater ia l ,
7) adopting the ERA hierarchy of reduce,
reuse, recycle, incinerate, land fill, and
8) choosing package designs only after a life
cycle analysis of each package type.
Experience has shown that each of these
approaches have advantages and disadvan-
tages. Thus research and development are
under way to define "typical" systems which
are realistic enough that they can be used as
the basis for evaluation of packaging/disposal
decision or to define a more restrictive process
which can be used.
A new approach to reducing packaging in
consumer packaging is to sell refills of con-
centrates for certain products. For example,
concentrated refills are now available for sev-
eral types of laundry products. Some packing
uses gallon plastic bottles for the original pack-
age and simple packaging for refill.
With the development of metallizing coating,
a lot of solid packaging has been replaced and
will be replaced by the flexible packaging.
Lightweighting of all f lexible packaging is
be ing p r om ote d a s be ing e nv i r onm e n ta l ly
responsible, as is the idea of using a single
mater ia ls whenever possible for a complete
pack. If a single material pack is not possible,
then the next target is easy separation of con-
stituent element for recycling.
3. Future Packaging R&D in Singapore
a n d A S E A N
3.1 Computer models for shelf-life prediction
An article published in Tappi stated that,
"Approximately 50% of the food in third world
countries is rendered unusable due to lack of
proper packaging. There is an urgent need to
he lp food indus t r ie s to choose appropr ia te
packaging materials for the food products they
p r o d u c e d .
Research and development in SISIR is on the
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The Packaging Industry in ASEAN
way to develop a computer model for shelf-life
prediction. This computer will provide a means
to pretest materials before actual storage test-
ing. In this computer program product, storage
parameters, packaging materials are entered
independently. The computer will provide a
combination of the product and packaging for
storage time and cost.
3.2 Source reduction: less waste in the first
p l a c e
Source reduction (a lso known as wastereduction, waste minimisation waste preven-
tion) is a term that describes the prevention of
waste at its source by using the minimum
quantities of materials necessary to achieve a
requi red func t ion .
In essence, source reduction is a form of
resource optimisation, i.e., making best use of
the resources required to produce the package.
Such an approach make sense not only for theenvironment, but also as a business strategy.
There are many tools available for imple-
menting Source Reduction procedures in pack-
age design and development.
Targeted distribution environmental mea-
surement should result in more appropriate val-
idation test of designs so the package can be
targeted toward the intended distr ibution
rather than some large, amorphous generictransport system. This is design only for what
the package is expected to see.
Damage Boundary Analysis offers the oppor-
tunity to more closely match the product's sen-
sitivity to shock input to that damage potential
created by each different type of cushioning
mater ia l or design, in response to a shock
input. Match the cushion design to the prod-
uc t s e ns i t i v i ty p r o f i l e .
Fini te e lement modell ing can be expected
some day to a l low the product designer to
assess each des ign ' s sens i t iv i ty to va r ious
dynamic inputs so that inherent strength can
be designed originally into the product rather
than rely on package design to supplement the
shor tcomings of the produc t .
V e r i f i c a t ion p r oc e dur e s ( suc h a s I S TA ,
ASTM, ISO) can result in more efficient pack-
ages being designed and implemented in much
shorter time frames with lower expected fail-
ure rates. Relying on performance definitions
opens the field of alternatives for the designer
to any number of materials and methods for
p a c k a g i n g h i s / h e r p r o d u c t s .
All of these will enable us to realize the true
value of Source Reduction opportunities. It can
be the driver for technology development, but
we have to resist the current Luddite atmos-
phere that positions packaging as the perfect
analogy for our wasteful, disposable society.
3.3 Life cycle analysis (LCA)
As a theory, Life Cycle Analysis (LCA) would
seem to be the ideal approach in the selection
of the best packaging. An LCA evaluation iden-
tifies all inputs and effects involved in the man-
ufacture, use, and disposal of a particular prod-
uct, from cradle to grave. Alternative systems
for handling a container, such as reuse, dis-
posal after a single use, or recycling, can be
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specified and analyzed. The factors concerned
in LCA are: extraction of raw materials, con-
sumption of energy, emissions to air, emission
to water, emission to soil, pruduction of solid
waste. The result of an LCA is a vector of infor-
mation. For example, the amount of electrical
energy required to manufacture, use and dis-
pose of a package according to a specified
scheme can be estimated and compared to the
electrical energy required for several alterna-
tive. Unfortunately, the requirements for other
f o r m s o f e n e r g y , t h e a m o u n t o f m i n i n g
required in some other country, the amount of
oil or gas that will need to be imported, the
level of employment, and many other factors
may also be altered. The difficulty comes when
these different measures are compared to try
to determine the optimal selection. Currently,
there is no generally accepted system for mak-
ing the decision based on the effects on a vari-
e t y o f f a c t o r s .
In ASEAN Mitsubishi conducted LCA for
expanded polystyrene form (EPS) used in their
electronics appliance.
4. The need for Packaging R&D in
A S E A N
Packaging R&D in ASEAN is a combination
of technology transfer and technology innova-tion. Many packaging industries were chal-
lenged and will be challenged by the global
market, environment issue and legislation. The
packaging industries especially the industries
that export the product to different countries,
must carry out R&D project for your own prod-
ucts to continuously create new product and
packaging, which can live, survive and per-suade in different culture and environment
Last but not least, it is also important for
ASEAN packaging industries to take into con-
siderat ion our own natural resources. For
example; the vast forest in Indonesia could
bring many environmentally friendly packaging
for wine or tube form product. The skin of the
banana in Philipines could be reused again for
other product and even coconuts in Malaysiacould replace the EPS cushioning in the near
future.
I I S i n g a p o r e
1 . I n t r o d u c t i o n
Singapore consists of the island of Singapore
and some 58 islets within its territorial waters.
It is situated approximately 136.8 kilometres
north of the Equator. The main island is about
42 kilometres in length and 23 kilometres in
breadth, and 580.6 square kilometres in area.
It has a coastline of approximately 150.5 kilo-
metres. The total land area, including the islets,
is 639.1 square kilometres.
S i n g a p o r e ' s i m m e d i a t e n e i g h b o u r s a r e
Malaysia (Peninsular Malaysia, to the north
Sabah and Sarawak to the east) and Indonesia
to the south. Singapore is linked with Penin-
sular Malaysia by a 1,056-metre long causeway,
which carries a road, a railway and a water
pipeline across the Strait of Johor.
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T h e P a c k a g i n g I n d u s t r y i n A S E A N
1 . 1 C l i m a t e
The main features of Singapore climate are
relatively uniform temperature, high humidity
and abundant rainfall due to the maritime expo-
sure of the island and its close proximity to the
E q u a t o r .
The average daily temperature is 26.7C. The
mean maximum temperature of 30.8C occurs
in the afternoon, and the mean minimum of
23.8C just before dawn. November to January,
during the Northeast Monsoon, are generally
t h e c o o l e r m o n t h s .
Relative humidity often exceeds 90 per cent
at night and in the early hours of the morning
shortly before sunrise. On dry afternoons, it is
usually between 60 per cent and 70 per cent.
The average daily relative humidity is 84.4 per
c e n t .
Rain, failing all the year round, is most abun-
dant from November to January, the first half
of the Northeast Monsoon. July, during the
Southwest Monsoon, records the lowest aver-
age rainfall. Much of the rain falls in sudden
showers with rainfall of more than 50 millime-
tres a day occurring about nine times a year.
The annual rainfall is 2,359 millimetres.
Thunderstorms are frequent during the inter-
monsoon months of April-May and October-
November. The highest recorded wind speed
during a squall is 144 kilometres an hour.
1 . 2 P o p u l a t i o n
The resident population (of Singapore citi-
zens and permanent residents) at June 30, 1994
was estimate at 2,930,000. This represents an
increase of 2 per cent over that of the previous
y e a r .
1 . 3 E c o n o m y
The Singapore economy grew by 7.2 per cent
during the first quarter of 1995. This was large-
ly due to slower growth in the manufacturing,
c ons t r uc t ion a nd t r a nspo r t a nd c om m unic a -
tions sectors compared to the previous quar-
ter . However , the f inancia l an business ser-
vices, and commerce sectors grew faster.
The manufactur ing sector grew by 7.3 percent, down from 12 per cent a quarter ago. The
m a j o r i n d u s t r i e s r e c o r d e d m i x e d p e r f o r -
mances. Out put decl ined in the petroleum,
transpor t equipment, and paints and pharma-
ceutical industries by continued to grow in the
other key industries. The lower output in the
petroleum and pharmaceutical industries were
partly due to shutdowns of plants for mainte-
nance.
2. Packaging Industry Status
There are about 200 companies in the pack-
aging industry and the main segment of the
industry are, metal, corrugated paper/box and
p l a s t i c .
2.1 The paper packaging industry
This is a well established industry. There are
a total of approximately 60 companies that man-
ufac ture r paper , cor ruga ted box and paper ,
paper bags and paper carton box. In the cor-
rugated box there are 8 large manufacturers
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and 10 other smaller manufacturers that have
their own corrugator. Most of these companies
are part of the Corrugated Box Manufacturers
A s s o c i a t i o n .
A total of more than 3 thousand employees
were employed by this industry with an out put
o f a pp r ox im a te ly S $600 m i l l i on a nnua l ly .
2.2 Metal packaging industry
The metal packaging industry produced 2
piece cans, 3 piece cans, drums closure. There
are 12 tin plate can manufacturers with onecompany dominating 80% of the beverage mar-
ket. One company can produce 2 piece can.
Both thin plate and aluminium 2 piece can be
p r o d u c e d i n S i n g a p o r e .
All the raw material (both tin plate and alu-
minium) are imported. There are ll metal con-
tainers and drums manufacturers with 4 major
d r u m m a n u f a c t u r e r s s u p p l y t h e m a r k e t .
2.3 Plastic packaging industry
There are more than 80 companies produc-
ing plastic sheet, plastic film, plastic bag, sty-
rol foams, plastic bottles and containers. The
main player in the plastic industry are usually
part of a large group of companies. Most other
plastic companies are small and medium size.
Due to a large electronic industry present in
Singapore, there is a high demand for elec-tronic packaging. More than 30 companies are
supplying foamed shock absorbent material.
2.4 Wooden packaging industry
There a re about 16 companies supply ing
wooden boxes, packaging case and crates and
pallets to the industry. There is a strong push
recently for standardizing of the pallet size in
Singapore.
2 . 5 G l a s s i n d u s t r y
There are no glass industry in Singapore. All
t h e g l a s s c o n t a i n e r s a r e i m p o r t e d .
I I I M a l a y s i a
1 . I n t r o d u c t i o n
Malaysia comprises the Peninsular Malaysia,
Sabah and Sarawak. Thailand is to the north of
Peninsular Malaysia and Singapore is to the
south. The Straits of Malacca separate Suma-
tra of Indonesia from the south western part of
Malaysia Peninsula. Sabah and Sarawak is con-
nected to Kalimantan of Indonesia and is sep-
arated from Malaysia Peninsula by the SouthC h i n a S e a .
1 . 1 C l i m a t e
Malaysia lies entirely in the equatorial zone.
The climate is governed by the regime of the
nor th-eas t and south-wes t monsoons which
blow alternately during the course of the year.
The north-east monsoon blows from approxi-
mate ly mid November t i l l March , and the
south-west monsoon between May and Sep-
tember, the periods of change between the two
monsoons being marked by heavy rainfall. The
period of the south-west monsoon is a drier
period for the whole country, particularly for
the other states of the west coast of the Penin-
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sula, sheltered by the land mass of Sumatra.
Being in the tropics the average temperature
throughout the year is constantly high 26C or8 0 F .
1.2 Population and economy
The total population in 1995 is estimated at
19.95 million and is proposing to have a total
population of 70 million in year 2095 (based on
growth rate of 3.2). The last few years have
seen Malays ian ' s companies tak ing more
aggressive strategies to market their product.The GDP growth of the last years has been 8-
1 0 % .
2.Packaging Industry Status
T h e m a i n p a c k a g i n g m a t e r i a l u s e d i n
Malaysia are paper/paper board, metal, glass,
plastics and wood. The packaging industries
can be divided into:
2.1 The corrugated fibreboard industry
This is a well established industry. There are
about 46 corrugated box plants in Peninsular
Malaysia. The total capacity of the plants is esti-
mated to be in the range of 833,000 metric tons
but production is approximately 321,000 metric
t o n n e s .
2.2 Metal packaging industry
The metal packaging industries can be sub-
divided into the general line cans, the bever-
age cans and the steel drums.
The general line cans market is a very frag-
m e n te d m a r ke t w i th p r oduc t s r a ng ing f r om
sanitary cans for food i tems and other con-
sumer product such as aerosol and paint cans
with a large variety of sizes and specifications.
The estimated usage of general line cans by
the various sector is tabulated as follows: for
Confectionery a total of 400 tonnes, for Motor
Oil (all sizes) a total of 3,000 tonnes, for Paint
a total of 2,300 tonnes, for Edible Oil a total of
1,000 tonnes and for Aerosol a total of 1,000
t o n n e s .
The es t ima ted demand for sof t d r inks and
beer in 1993 is soft drinks 506 million cans, and
b e e r 3 6 0 m i l l i o n c a n s .
The steel drums in the Malaysia are mainly
for packing the following products; including
latex, edible Oil, oleochemicals, lubrication Oil,
paint, agro-Chemicals, flavours and fragrances,
and chemicals.
2 . 3 G l a s s
The Malaysia glass container industry main-
ly cater for the beer, soft drinks, pharmaceuti-
cal and chemical goods. The glass bottle has
f o u r m a i n t y p e s o f p r o d u c t s ; t h i s i n c l u d e
returnable glass containers, single trip bottle,
j a r s ( w ide m ou th ) a nd o the r s .
An estimated of about 60-70% of the produc-
t ion is for the domestic market whereas the
remaining 30-40% is being exported mainly to
E a s t a n d W e s t A s i a .
2 . 4 P l a s t i c s
In Malaysia, about 60-70% of the plastic man-
ufacturers are involves in the packaging Indus-
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try. The packaging comes in two forms:
i) Flexible includes bags, files, sheets and
l a m i n a t e d p l a s t i c s ,
ii) Rigid includes bottles, boxes, crates andd r u m s .
population comprises predominantly the Thai
people with about 6.7 million ethnic Chinese.
Other ethnic minorities include the Malays,
Laotians, Vietnamese, Khmers and hilltr ibes
p e o p l e .
I V T h a i l a n d
1 . I n t r o d u c t i o n
Situated in South-East Asia, Thailand has a
total land area of some 514,000 square kilome-tres, It is bordered to the west and north by
Myanmar, to the north-east by Laos and to the
south-east by Cambodia . Thailand extends
southward, along the isthmus of Kra, to the
Malay Peninsula, where it borders Malaysia.
Thailand extends 1,620 kilometres from north
to sourh and 775 kilometres at its widest from
east to west. It has a coastline of 2,400 kilo-
metres. The isthmus, shared with Myanmar,gives Thailand a short coastline on the Indian
Ocean, and the country also has a long Pacific
c o a s t l i n e o n t h e G u l f o f T h a i l a n d .
1.3 Economic Performance
In 1992, Thailand's economy grew 7.2 per-
cent, marginally lower than the growth rate of
7.9 per cent in 1992. Thailand's gross domes-
tic product (GDP) reached US$107.3 billion,
with a per capita GDP of US$1,800 in 1992.
Thailand's inflation rate was 4.1 per cent while
its unemployment rate was around 3 per cent
i n 1 9 9 2 .
Severa l f ac tor s has suppor ted Tha i land 's
strong economic growth in 1992. These factors
included the increase in private consumption
arising from personal income tax cuts, higher
export, and growth in investment especially in
the consumer goods, e lectronics and petro-
chemicals industries, and government spend-
i n g o n i n f r a s t r u c t u r e .
1 . 1 C l i m a t e
Thailand's climate is generally tropical with
a high degree of humidity. There are three sea-
sons; hot (March to May), rainy June to Octo-
ber) and cool (November to February), The
mean temperature is around 30C (86F), vary-
ing from 23.7C to 32.5C (from 75F to 91F).
1 . 2 P o p u l a t i o n
The population of Thailand was estimated at
around 59.4 million people in 1992. Thailand's
2. Packaging Industry Status
E c o n o m i c d e v e l o p m e n t s i n T h a i l a n d h a s
st imulated the demand for packaging in the
past few years. Gross domestic product (GDP)
has shown double-digit growth rates between
1985 and 1991. From 1992 to recent years, the
growth rate is at 7 to 8 percent and this growth
rate is expected for the next 3 to 5 years. The
packaging industry has been growing in impor-
tance in Thailand. With more foods exported,
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the need for better design to compete in the
international market, the growing expectation
of consumer wi th more purchas ing power ,
changing lifestyles, tastes and preference has
all resulted in a higher demand for more con-
venient and sophisticated packaging. The total
number of packaging companies is about 1,600.
The majority of these companies are small and
medium size. The four main segments in the
packaging industry are the paper, the plastic,
t h e m e t a l a n d t h e g l a s s i n d u s t r y .
2.1 The paper industry
The paper industry companies of about 300
companies. About 70 percent can be consid-
ered as small scale manufacturer. The majori-
ty of the manufacturers (about 160) produce
corrugated boxes. The number of cardboard
box manufacturer is approximately 120. Large
users of multi-layer bags such as the cement
industry and feed mills usually have in-house
production facilities. The single layer-bag is
mainly used in re ta i l s tores.
There are about 12 big manufacturers of cor-
rugated boxes that have corrugator. In 1992,
they produced about 660 thousand tons of cor-
rugated board and 560 thousand tons was used
for their own production and the remain are
sold to other manufacturers. There are about
10 large and medium size cardboard box man-
ufacturers. Their production volume is usually
smaller than the large corrugated box manu-
f a c t u r e r .
Raw material is supplied by 41 paper mills.
About 4 of these mills supply the paper for
cardboard boxes. 3 pulp mills produce short
fibre pulp.
2.2 Metal packaging manufacturer
The main product of metal packaging indus-
try is can. Both 2 piece and 3 piece can are
manufactured in the industry. Other metal
packaging produc t inc lude drums, tubes ,
aerosols , caps and foi l .
There are two companies that make tin plate,
Siam Tin plate Co. Ltd. and Thai Tin plate
Manufacturing Co. Ltd. Special alloys and alu-
m i n u m a r e i m p o r t e d .
There are about 140 metal packaging manu-
facturers. Approximately 13 are large can man-
ufacturers. Two manufacturer currently make
aluminum beverage can. About 8 larger pro-
ducer of canned food make their own cans.
2.3 Glass packaging manufacturer
90 percent of the glass packaging are bottles.
The remain 10 percent are mainly for jars.
Most of the glass manufactured are for the
l o c a l m a r k e t .
Glass packaging manufacturing is the oldest
of the four packaging manufacturing segments.
There are 5 major glass bottle manufacturers
with a total capacity of around 750 thousand
t o n s a y e a r .
2.4 The plastic industry
The plastic industry provide a wide range of
products. In the flexible form, products include
plastic film, bags and woven sacks. In the more
rigid form products include foam containers,
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p la s t i c bo t t l e s a nd c ups .
P l a s t i c p a c k a g i n g m a n u f a c t u r i n g i s t h e
youngest and most rapidly expanding industri-
a l segment . The cur ren t number of p las t ic
packaging manufacturers exceeds 1300. About
70 percent are small scale manufacturers, with
less than 500 tons of production capacity per
year. The 28 larger manufacturers of bags pro-
duces bags and envelopes for export (around
65 thousand tones a year). The 12 styrofoam
manufacturers have a total capacity of 4,500
tons a year. Many plastic packaging manufac-
turers produce plastic products for other pur-
poses as well. Manufacturers of styrofoam also
make car parts and other insulation material.
Manufacturers of shopping bags also produce
freezer bags and bags for garbage can and
some bottle manufacturers also make plastic
p l a t e s a n d t o y s .
V I n d o n e s i a
1 . I n t r o d u c t i o n
Indonesia is the largest country in Southeast
Asia, both in population and in area. It is also
the largest archipelago in the world, consisting
of more than 13,000 islands stretching in a
rough crescent for 5,500 ki lometres. These
islands form a crossroad between two ocean -the Pacific and Indian Ocean, and a bridge
between two continents - Asia and Australia.
1 . 1 C l i m a t e
The total land area of the Republic of Indone-
sia is approximately 1.9 million square kilome-
tres, while total land and sea area is about 9.8
m i l l i on squa r e k i lom e t r e s .
Indonesia has a tropical climate, which is
greatly influenced by mountains and the sea.
The lowlands have high humidity, moderately
high temperatures ranging from 20 to 30C,
feeble sands a few kilometres from the sea, and
ra infa l l ave raging more tha t 1 ,000 mi l l ion
m e t r e s a y e a r .
1 . 2 P o p u l a t i o n
Indonesian has a population of about 184 mil-
lion people in 1992, making in the fifth most
populated country in the world.
1 . 3 E c o n o m y
T h e m a n u f a c t u r i n g s e c t o r i s p l a y i n g a n
increasingly important role in the Indonesia
economy. It accounted for 19.5 per cent of the
GDP in 1990 as compared to 12 per cent in
1982. The industrialisation strategy adopted by
the Indonesia government in the early stages
of development was directed towards import
substitution and employment creation. Tariffs
and non-tariff barriers were erected to protect
the domestic industries. This has resulted in a
"high cost economy" and lack of international
competitiveness suffered by much of Indone-
s ia ' s manufac tur ing indus t ry .
Indonesia's manufacturing sector produced avast range of products. Most consumer goods
such as processed foods and beverages, tobac-
co products, textiles and garments, motor vehi-
cle components and assemblies and electrical
appliances are produced by the private sector,
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Tlte Packaging Industry in ASEAN
often in joint ventures with foreign companies.
2. Packaging Industry Status
Packaging Industry in Indonesia has grown
rapidly in recent years. The rapid growth in
agriculture and industry is one important point
that cause the rapid growth in packaging indus-
try. Fast expansion of supermarkets , depar t-
mental s tores and shopping malls is quickly
changing the traditional and economic growth,
the demand for a better living standards has
also brought an increasing demand for pack-
a g i n g .
There are approximately 250 significant pack-
aging manufac ture r s and about 500 smal le r
ones in Indonesia. Except for a few food com-
panies which have their own integrated food
packaging, generally the packaging industry is
separated from the food industry. In addition,
most of the food packaging industry are not
specialized in food packaging, they also make
other kind of packaging. The packaging indus-
try in Indonesia can be divided into five kinds
of packaging indus t r ie s , namely the p las t ic
packaging industry, the paper board packaging
industry, glass packaging industry, metal pack-
aging indus t ry and ju te packaging indus t ry .
2.1 The plastic packaging industry
About 125 companies are producing plastic
packaging with a total annual production capac-
ity of 280,000 tons. This industry can be sub-
d iv ide d in to th r e e c a t e go r i e s :
i)The flexible packaging industry like
lami-
nates, f i lms and bags,
ii) Rigid packaging like bottles, drums and
j e r r y c a n s ,
i i i ) W o v e n b a g s .
2.1.1 The flexible packaging industry
The development of flexible packaging indus-
try in Indonesia began in 1977. Currently, there
are 43 companies in the flexible packaging. Out
of the 43 companies, 2 companies are foreign
investment, 9 companies are domestic invest-
ment and 32 companies are Nonfacility or local
i n v e s t m e n t .
For some specialized flexible packaging, the
Indonesian still needs to import some finished
products and raw material to meet it's needs.
2.1.2 Rigid packaging
The annual capacity for rigid packaging is
90,000 tons, and there are four major produc-
ers of rigid plastic packaging.
2.1.3 Woven bags industry
There are approximately 66 manufacturers
for woven bags with an annual production of
1 0 5 , 0 0 0 t o n s .
2.2 The paper and paper board industry
Currently there are 70 companies producing
corrugated carton box with a total licensed
capacity of 596,965 tons annually. Out of the 70
companies, 3 companies are foreign invest-
ment, 26 companies are domestic investmentand 41 companies are local investment.
Box kraft liner and medium paper which are
used as the raw material for the corrugatedb o x e s i s 5 - 7 % .
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2.3 The glass packaging industry
The main products of glass packaging which
are consumed by food packaging industry are
bottles. In the last three years, it seems that
there is no growth in the bottle industry. The
total production is 145,000 tons/year. There
are 12 companies producing glass bottle. Not
much glass bottles are imported.
In terms of market share, beverages share
65% and other food products such as edible oil,
fruits, vegetables share 15% of the market.
2.4 The steel packaging industry
The total annual capacity of steel packaging
product is about 150,000 tons and there are
approximately 50 companies in this industry.
There piece cans represent the major output of
the steel packaging industry (80% of the vol-
ume).
For 2 piece beverage cans, the total usage of
aluminum is estimated at 13,300 tons. There is
a trend for more aluminium to be used for var-
ious food products such as beverages, sea-
f oods , f ood t r a ys e t c .
V I P h i l i p p i n e s
1 . I n t r o d u c t i o n
The Philippines is an archipelago of approx-imately 7,107 islands scattered over an area of
about 300,000 square kilometres. It is bounded
by the South China Sea in the west, the Pacif-
ic Ocean is the east, the Sulu and Celebes Seas
in the south, and the Bashi Channel in the
north. Collectively, the islands stretch north-
ward to 241 kilometres south of Taiwan and
southward to 14.4 kilometre off Borneo.
1 . 1 C l i m a t e
The country enjoys a year-round tropical cli-
mate generally characterise by warm days and
cooler evenings. The climate year is divided
into three predominant seasons-rainy from July
to October, cool and dry from November to
February, and hot and dry from March to May.
The average temperature is 27C, with the
average humidity at 77 per cent.The northern part of the archipelago is in the
direct path of tropical storms and typhoons,
which are prevalent during the rainy season.
The southern part has a milder climate and is
seldom affected by tropical storms.
The average rainfall is 305 centimetres.
1 . 2 P o p u l a t i o n
The Philippines has an estimated populationof 64.3 million in 1992, primarily of Indo-Malay,
Chinese and Spanish descent. The annual pop-
ulation growth rate is about 3 per cent.
The population density is 210 inhabitants per
square kilometre, with 13 per cent of the total
population living within the Metro Manila area.
About 57 per cent of the population live in rural
areas.
1 . 3 E c o n o m y
The Philippines economy is organised basi-
cally around light industry and agriculture,
with the processing of agricultural products
accounting for the largest share of the manu-
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The Packaging Industry in ASEAN
f a c t u r i n g s e c t o r .
The Philippines economy has a number of
problems that resulted from mismanagement
of the country's resources in the early 1980s.
However, the present government under Pres-
ident Fiel V Ramos is geared towards securing
economic recovery in the short term and sus-
tainable growth in the long run. A key strate-
gy is to encourage investments and to make
Philippines export products more competitive
in the world market. Agriculture, including
employment-generating domestic and export
industries, has also been given more attention.
The Philippines' real Gross National Product
(GNP) registered a marginal growth of only
0.04 per cent in 1991. For 1992, the GNP was
officially estimated to have grown by 0.6 per
c e n t . H ow e ve r , t he c oun t r y ' s r e a l G r oss
D o m e s t i c P r o d u c t ( G D P - w h i c h e x c l u d e s
inc om e f r om a b r oa d ) r e g i s t e r e d ne ga t ive
growth of -0.7 per cent and -0.4 per cent in
1991 and 1992 respectively. The poor perfor-
mance of the economy was due to fiscal tight-
ening by the government, drought problems
which hit the agricultural sector and serous
deterioration in the power shortfall in the man-
u f a c t u r i n g s e c t o r .
After two years of economic stagnation, some
economic analysts expect the Philippines econ-
omy to pick up by the end of 1993 with growth
of around 1 per cent in 1993. For 1994, the
economy is expected to grow by around 3 per
cent (data has yet been published).
2. Packaging Industry Status
The Phi l ipp ines i s ma in ly an agr icu l tura l
country so its primary products are the farm
product. The packaging industry can be divid-
e d i n t o f o u r m a i n s e c t o r s , t h e y a r e t h e
paper/paper board having approximately 45%
of the packaging marke t , me ta l packaging
about 20%, glass about 18%, plastic about 15%
and other packaging such as bamboo basket,
wooden crates... etc, make up the remaining
2 % .
2.1 The paper and paper board industryRaw material of the paper and paper board
manufacturer are largely locally available. Only
very few manufacturers choose to import their
raw material for higher quality paper.
2.2 The meta l industry
Tin can are more widely used in Philippines
than aluminium can. Raw materials of metal-
based packaging come only from one source.Importation of tin plates is restricted, however,
companies whose products are to be exported
are allowed to import certain amount of tin
p l a t e .
2 .3 T he g la ss industry
Glass bottles and jars are still widely used.
The largest supplier of glass conta iners in
Philippines is San Miguel Corporation which is
also the largest packaging manufactures in the
country with also its own packaging manufac-
tur ing capabil i ty in corrugated, plast ic and
metal packaging.
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2.4 The plastic industry
Plastic packaging has been growing in the
Phil ippines. Polyethylene leads among the
other plastic packaging materials in import.
Other major plastic resins imported include
polypropylene, polystyrene, polycarbonate and
s o m e P V C .
Domestic production of synthetic resins has
mainly been a secondary source of raw mate-
rials for the packaging and plastic industry.
VII Trend of Packaging in ASEAN
The region has diverse cultures and wide
ranging economic profiles. In the past few
years, the economy of the ASEAN has all
grown at a very rapid speed. This growth has
both stimulated the growth of the packaging
industry as well as created certain challenges
for the industry. A summary of tables showing
comparision between the ASEAN countries are
attached (Table 2 - Table 7).
The consumer profile of the ASEAN coun-
tries has changed drastically over the years.
Increasing disposable income and opening up
of geographical boarders have created remark-
able market optimism in all economic classes.
The consumers now demand quality and vari-
e ty, product safe ty, hygiene and nutr i t ion.
Three main factors will continue to influence
t h e d e v e l o p m e n t t r e n d o n p a c k a g i n g i n
A S E A N .
1 . C o s t
Table 2 Land size of countries in ASEAN
Land sizeSize ofcountryCountry
(sq/km)compared toSI NGAPO RE
SINGAPORE 633 1
MALAYSIA 330,434 522
INDONESIA 1,919,443 3,032
THAILAND 514,000 812
PHI LIPPINES 300,000 474
JAPAN 377,815 597
Table 3 Number of packaging companies in ASEAN
CountryNumber ofpackagingcompanies
SINGAPORE 200+
MALAYSIA
INDONESIA 750+
THAILAND 1600+
PHILIPPINES
Table 4 Number of glass companies in ASEAN
CountryNumber of
glasscompanies
SIN GAPO RE 0
MALAYSIA 3+
IN DO NESIA 12
THAILAND 5
PH ILI PPINES 7+
Table 5 Number of plastic packaging companies in ASEAN
CountryNumber of plastic
packagingcompanies
SIN GAPO RE 80+
MALAYSIA
IND ONESIA 125
THAILAND 1 300+
PHILI PPINES 7+ (Flexible)
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Table 6 Number of metal packaging companies in ASEAN
Country
Number of metal
packagingcompanies
SINGAPO RE 12
MALAYSIA 11+
INDONESIA 50
THAILAND 13+
PHILIPPINES 17+
Table 7 Number of corrugated / paper packaging
companies in ASEAN
Country
Number ofcorrugated /
paper packagingcompanies
SINGAPO RE 60
MALAYSIA46+ (Corrugated box
and carton)
INDONESIA70 (Corrugated box
and carton)
THAILAND 300
PHILIPPINES
In spite of increased purchasing power, cost
remains the single important factor for selec-
tion. Consumers demand quality and appeal in
packaging, however, if the packaging cost is
too high compared to other available alterna-
tive, the consumer usually is not willing to pay
f o r t h e e x t r a c o s t .
2 . Packaging Appeal
With the improved purchasing power, more
choices available, the new distribution net-
works and international competi t ions, con-
sumers are becoming more discriminating in
selection of products. Packaging design and
layout that can appeal to the consumer will con-
tinue to win in the competitive market.
3. Environmental Friendly
Mor e a nd m or e c onsum e r s a r e c onc e r ne d
w i t h t h e p o s s i b l e p r o b l e m o f e n v i r o n m e n t
waste. Although currently not the main factor
a f f e c t i n g d e v e l o p m e n t o f p a c k a g i n g t r e n d
ASEAN, it is definitely a factory that cannot be
ignored in tomorrow's packages in this region.
VIII Specific Packaging Trend
Glass and metal packaging will grow but at
a slower rate. Plastic packaging showed a up
trend and will continue to challenge glass and
metal packaging. Paper packaging will contin-
ue to grow in their localized region. Recently,
due to a continued increase in the price of raw
material for paper, it had hamper the growth
o f c e r t a i n p a p e r i n d u s t r y .
More and more plastic film and container are
seen in the market and the growth of plastic
continue to be good. Pressure will be on reduc-
ing the wastage of packaging materials. More
recycling and reused packaging will be expect-
ed. Pressure will also be on packaging manu-
facturers to reduce the amount of packaging
m a te r i a l u se d f o r pa c ka g ing .
R e f e r e n c e
1) Various country paper prepared by countries
participants on packaging industries status of
t h e i r o w n c o u n t r i e s
2) Investment opportunities study for packaging
m a nuf a c tu r ing in Tha i l a nd
3) Singapore fact and pictures
4) Economic Survey-Trade and Development
B o a r d , S i n g a p o r e(Received 5 December 1995)